This paper is demanded to study Handover Based on X2 Interface in LTE Network. Handover procedure... more This paper is demanded to study Handover Based on X2 Interface in LTE Network. Handover procedure in LTE Network has been intensely advanced when compared to the earlier 3GPP criteria. In this paper, the handover process describes takes the proficiency of communication networks in possession the communication link is working. In unusual, X2 handover is obtainable to let neighboring eNBs to keep the user mobility deprived of the contribution of the central network. X2 is an interface that must be spread when the manner of shifting data of time of handover between two eNodeB contiguous sectors in LTE. The capacities of interface X2 also manipulate of the time on handover process, so it is required to examine the function of interface X2 when handover occur between eNodeB in LTE. This paper learns the operation performance of the X2 handover from the UE perspective. Keyword: X2 handover, RSRP procedure 1.INTRODUCTION Occasionally, when you are looking internet in your car/bus, the internet is slower or even separate because 3G networks reportage cannot cover greatly while you are moving at high speed. Scientifically, this problem occurred because the handover/hand-off is malfunction. LTE as the next generation offers a lot of features such as a very high data speed and low transfer delay which let the user to use many application instantaneously without any disconnection and buffering although the user travels with very high speed movement. Long term evolution (LTE) is the succeeding generation after Universal Mobile Telecommunications System (UMTS) system which developed by 3GPP announcement 8. LTE as the fourth generation offers a high transmission speed and high mobility to the user. Mobile data continuous improvement appears efficient technologies to sate the needed quality of service (QoS) of the new services. Mobility is a one of the significant structures of current and next generation cellular systems that permits the users to modify purely their point of attachments while using their data and voice services. Handover in Long Term Evolution (LTE), as in earlier creation of cellular systems, is a technique to handover a user equipment (UE) and its circumstance from a source progressed NodeB (eNB) to a goal eNB. It requirements efficient handover decision algorithms in order to increase both UE and network performance and quality. Handover is a "UE-assisted network-controlled" process in that the quantity is designated by UE, and the decision is arranged by the network, i.e. eNBs and/or Mobility Management Entity (MME). Several works have been done competing the S1 and X2 handover in terms of the EPC signaling load and the outcomes evidences that X2 handover can decrease EPC signaling load more than six times compared with S1 handover. X2 handover can be a sort of resolution to reduce the capacity influence to the EPC and to increase the dependable arriving handover [1], [2]. In adding, it exposes that the X2 handover producing time decreases with the increase on the eNB communication power and vehicle speed using RSRP standard on the MATLAB platform [3]. This paper will effort on X2 handover in LTE that happens between eNBs [4]. In most of the events, both source and target eNBs are linked to the similar MME and are situated in the identical tracking area (TA). The capacity belongings cover the handover are placed in the same tracking area (TA). The measurement events cover the handover between two cells complementary the X2 interface between the eNBs. 2.LTE ARCHITECTURE
This paper is demanded to study Handover Based on X2 Interface in LTE Network. Handover procedure... more This paper is demanded to study Handover Based on X2 Interface in LTE Network. Handover procedure in LTE Network has been intensely advanced when compared to the earlier 3GPP criteria. In this paper, the handover process describes takes the proficiency of communication networks in possession the communication link is working. In unusual, X2 handover is obtainable to let neighboring eNBs to keep the user mobility deprived of the contribution of the central network. X2 is an interface that must be spread when the manner of shifting data of time of handover between two eNodeB contiguous sectors in LTE. The capacities of interface X2 also manipulate of the time on handover process, so it is required to examine the function of interface X2 when handover occur between eNodeB in LTE. This paper learns the operation performance of the X2 handover from the UE perspective. Keyword: X2 handover, RSRP procedure 1.INTRODUCTION Occasionally, when you are looking internet in your car/bus, the internet is slower or even separate because 3G networks reportage cannot cover greatly while you are moving at high speed. Scientifically, this problem occurred because the handover/hand-off is malfunction. LTE as the next generation offers a lot of features such as a very high data speed and low transfer delay which let the user to use many application instantaneously without any disconnection and buffering although the user travels with very high speed movement. Long term evolution (LTE) is the succeeding generation after Universal Mobile Telecommunications System (UMTS) system which developed by 3GPP announcement 8. LTE as the fourth generation offers a high transmission speed and high mobility to the user. Mobile data continuous improvement appears efficient technologies to sate the needed quality of service (QoS) of the new services. Mobility is a one of the significant structures of current and next generation cellular systems that permits the users to modify purely their point of attachments while using their data and voice services. Handover in Long Term Evolution (LTE), as in earlier creation of cellular systems, is a technique to handover a user equipment (UE) and its circumstance from a source progressed NodeB (eNB) to a goal eNB. It requirements efficient handover decision algorithms in order to increase both UE and network performance and quality. Handover is a "UE-assisted network-controlled" process in that the quantity is designated by UE, and the decision is arranged by the network, i.e. eNBs and/or Mobility Management Entity (MME). Several works have been done competing the S1 and X2 handover in terms of the EPC signaling load and the outcomes evidences that X2 handover can decrease EPC signaling load more than six times compared with S1 handover. X2 handover can be a sort of resolution to reduce the capacity influence to the EPC and to increase the dependable arriving handover [1], [2]. In adding, it exposes that the X2 handover producing time decreases with the increase on the eNB communication power and vehicle speed using RSRP standard on the MATLAB platform [3]. This paper will effort on X2 handover in LTE that happens between eNBs [4]. In most of the events, both source and target eNBs are linked to the similar MME and are situated in the identical tracking area (TA). The capacity belongings cover the handover are placed in the same tracking area (TA). The measurement events cover the handover between two cells complementary the X2 interface between the eNBs. 2.LTE ARCHITECTURE
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